| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CBUD_1006 |
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| Symbol | |
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| ID | 5458894 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Coxiella burnetii Dugway 5J108-111 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009727 |
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| Strand | - |
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| Start bp | 989157 |
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| End bp | 992279 |
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| Gene Length | 3123 bp |
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| Protein Length | 1040 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | |
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| Product | acriflavin resistance plasma membrane protein |
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| Protein accession | YP_001424384 |
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| Protein GI | 154706570 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.236802 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAATTTTT GTAAACCGTT TATCCAACGC CCTGTCGCGA CAATTATCCT CATGCTAGCG
CTTGTCATTG CAGGGTTGGT TGCTTATTTT CGTTTGCCGA TCAGTGAATT ACCGAATGTC
GATTTCCCTA CTTTAGTCGT TAGTGCTAAG TTGCCTGGCG CTGATCCTGA AACCATGGCG
ACGTCGGTCG CGACTCCTTT GGAAAAAGAA TTAAGTACGA TTTCAGGAAT TGAGTCGATG
AGCTCAGTGA GTTCTTCCGG TTCCACCAAA ATTATTATGC AATTTGCATT GACTCGTAAT
ATTGATTCGG CCGCTCAAGA TGTGCAATCG GCATTACTTC AAGTCGCTCG CCGTTTGCCG
AGTCAAATGC CAGATCCACC CACTATTCGT AAAATGAATC CAGCCGATTC ACCCGTATTG
TACCTGGCGC TGAGCGCTGA TCATTTATCG ATGACAAAAC TGGATGATTT TGCAGAAAAT
TATCTCGCCC CCAATTTATC CATGTTAAAT GGAGTTGCAA CGGTTAATGT TTTTGGCGCA
CAACAATACG CCGTTCGAAT TCATCTTAAC CCTAATGCTG TCAAAAGCCG GGGGTTAAGT
TTGGATGACA TTAAACAATC CATACAAAAT TTAAATAGCA ATCAAGCCAC CGGAACTCTC
CAAACCGACG GCTTTTATCA CTTAATTAAA GCAGATGGTG GATTGGATAA CGCGAAACAA
TTTGGCAATG CCATTATAAG CTATCAAAAT GGGTCGCCAG TGCGATTAAA GGATATTGCC
ACCGTAAAAA ACAGTATTGC GAATGATAAG GCGGTGACGG AATACAACAA TAAACGCGCT
ATTGTTTTGG CCATTCAGCG TCAACCGGGC AGTAATACTG TTTCGGTGGT AAATGAAGTG
CTTAAATCGT TGCCGGGCTT AAACCAAAAA CTGCCGGGTG ATGCAAAATT GCAAGTAGTC
TACAACAAAG CAGTGTTTAT CCAATCGGCT ATTGATGATG TAGAATTGAC GCTCTTATTT
GCGGTCTTTT TGGTGACTGT AGTTGTTTAT TTATTTCTGC GGAATTTTTC TTTCACAATC
ATCGCCGCTT TGTCTTTACC TATTTCTGTA ATCGCCACTT TTGCGATGAT GTATTTACTC
AGTTACAGCC TTGATAATTT ATCGTTAATG GCGCTGGTGT TAGCGGTGGG TTTTATTATC
GATGACGCTA TTGTAGTGCT GGAAAACATT GTGCGCTACA TTGAGCAAGG AATGGATAAG
CTTACGGCCA GTTTAAGGGG TTCAAAAGAA GTGAACTTTA CGGTCGTAGC CATGACTATT
TCATTGGTCG CTGTATTTAT CCCCATCTTC TTTATGGGGG GCATTGTTGG GCGATTATTC
CATGAATTTG CTGCGGTTGT CGGTATTTCC ATTTTATTTT CGGCTTTTGT CGCGCTCACT
TTAATTCCCA TGCTATGTAG CCGATTAATA AAGGAGAAAT CTTCCCAAGA GGAGAAAAAA
CCGACTTGGT TTGGTGTATT TTTTGCAAAA TGTCACTCTA GTTATGAAGC GAGTCTACGC
TGGGCATTAG ACCATTATGG TATTTTGTTG GGTATCGCTG GCATGATTAT TGTAGCGACT
TTTCTGTTAT TTTATTTAGT GTCCAAAGGA TTTATTCCTT CACAAGATTC AGGAATGATT
TTCGGCAGCG TAAAAGCTCC AGAAGGGATT GATTATAAAA ACTTTGTTAC CGAACAAACC
CAAGCTAAAA ATATTATTCA GCAAAATCCG AATGTCGCCG CGGTGGTTTC TTCCGTCGGT
CAAGGCGCCG ATGCTTCCGC TAGCACGAAT ACCGGCCATT TATTAATTAA ATTAAAACCA
ACGTCCGAAC GGCGGGTAAA TGCCGCTAAA ATTATCCAAC AATTACGGCA TCAATTGCAA
CCGGTGCCTG GGTTACGGAT ATTTTTGACA AATCCGCCGG CTATTAGCAT TGGAGGAAAG
ACAACAAATA GTCATTACCA ATATGTGTTA CAAGGGATGG ATTGGCAATC ATTGGAAAAC
GCAGCTCATG AGATGCAAGC AAAGCTTGCG CATATACCTG GCATCGAAGA TGTAGACAGC
GACTTACAAT TAAATAACCC CGAATTACAA TTACATATTC TTCGAGATAA AACAGCTGCA
TTGGGGATCA CCCCCGCGCA AATTGAATCA ACATTATATG CGGCGTATGG TCAAGCGCAA
GTAAGCAATA TTATGCGTTC AGACGGCGAT TATCAGGTAA TTATGGACAT TGATCCCAAA
TATCAGCATA GCATCGGTTC GCTAAATAAC TTGTCCATCA AATCCTCCAC TGGAAATATG
GTGCCTTTAA GCGATTTAGT CACGATGTCT CAAACTTCCG GCCCGCTGGC TATTAATCAT
TATGAACAAC TACCAGCCAT TACATTATCC TTTAATTTAC AACCTGGCTA TTCGTTAGGA
AACGTAACGG CTAAAGTCCA AGCCGTCGCT AAACAAACTT TACCCATGGA TGTGAGCGGT
AATTTTATCG GCACGGCTGA AAAATTCCAA CAATCGTTAA CGACGCTGCC ACTTTTATTA
GGCTTTACTA TTTTGATTAT TTATATGGTG TTGGCGATTT TATATGAGAA TTTTATTCAT
CCTTTAACTA TTTTAACCGC TCTGCCTTTT GCTATTTTTG GTGCTTTACT GTGCTTATAT
ATCTTTAATC AAGAGTTAAA TATTTTTAGC TTTATTGGAT TGATTATGTT GGTTGGAATT
ACCAAAAAGA ATGGGATTAT TATGGTGGAT TTCGCGTTAG ATGCCATGCG CAAACAGGGG
TTGGACGCCA AACAAGCCAT CCTTCAAGCG TGTTCGATTC GTTTTCGTCC CATTATGATG
ACCACTGTTT CAGCGATTGT AGCAGCACTG CCCATTGCAT TGGGCGTCGG CGCCGGCGGG
GAAACCCGCC AAGGATTGGG GATTTCTATC GTCGGCGGTC TTGTTTTTTC ACAATTAATT
ACCCTGTATG TAACCCCGGT GTTCTACATT GTGATGGATA AGCTGTTTTC TAAAAAATCG
TCACAGCCAG GTAAATTGCC TTCTCCTAAT CTCAACCCTT CTGAGGTTTT GAATCCCGAT
TGA
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| Protein sequence | MNFCKPFIQR PVATIILMLA LVIAGLVAYF RLPISELPNV DFPTLVVSAK LPGADPETMA
TSVATPLEKE LSTISGIESM SSVSSSGSTK IIMQFALTRN IDSAAQDVQS ALLQVARRLP
SQMPDPPTIR KMNPADSPVL YLALSADHLS MTKLDDFAEN YLAPNLSMLN GVATVNVFGA
QQYAVRIHLN PNAVKSRGLS LDDIKQSIQN LNSNQATGTL QTDGFYHLIK ADGGLDNAKQ
FGNAIISYQN GSPVRLKDIA TVKNSIANDK AVTEYNNKRA IVLAIQRQPG SNTVSVVNEV
LKSLPGLNQK LPGDAKLQVV YNKAVFIQSA IDDVELTLLF AVFLVTVVVY LFLRNFSFTI
IAALSLPISV IATFAMMYLL SYSLDNLSLM ALVLAVGFII DDAIVVLENI VRYIEQGMDK
LTASLRGSKE VNFTVVAMTI SLVAVFIPIF FMGGIVGRLF HEFAAVVGIS ILFSAFVALT
LIPMLCSRLI KEKSSQEEKK PTWFGVFFAK CHSSYEASLR WALDHYGILL GIAGMIIVAT
FLLFYLVSKG FIPSQDSGMI FGSVKAPEGI DYKNFVTEQT QAKNIIQQNP NVAAVVSSVG
QGADASASTN TGHLLIKLKP TSERRVNAAK IIQQLRHQLQ PVPGLRIFLT NPPAISIGGK
TTNSHYQYVL QGMDWQSLEN AAHEMQAKLA HIPGIEDVDS DLQLNNPELQ LHILRDKTAA
LGITPAQIES TLYAAYGQAQ VSNIMRSDGD YQVIMDIDPK YQHSIGSLNN LSIKSSTGNM
VPLSDLVTMS QTSGPLAINH YEQLPAITLS FNLQPGYSLG NVTAKVQAVA KQTLPMDVSG
NFIGTAEKFQ QSLTTLPLLL GFTILIIYMV LAILYENFIH PLTILTALPF AIFGALLCLY
IFNQELNIFS FIGLIMLVGI TKKNGIIMVD FALDAMRKQG LDAKQAILQA CSIRFRPIMM
TTVSAIVAAL PIALGVGAGG ETRQGLGISI VGGLVFSQLI TLYVTPVFYI VMDKLFSKKS
SQPGKLPSPN LNPSEVLNPD
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